marques-pages * Accueil * Signets * Tags * Contacts * Profil * Ajouter un signet * benjamin(Quitter) * À propos À propos * Conservez tous vos signets au même endroit, accessibles de partout. * Partagez vos signets avec tout le monde, avec vos contacts ou gardez-les pour vous. * Taggez vos signets avec autant de labels que vous le souhaitez au lieu de les hiérarchiser avec des dossiers. * S'enregistrer maintenant pour commencer à employer marques-pages !
http://pingbase.homelinux.net/bkmks/about
Pure Data and an Introduction to Real-Time Image Processing
Examples of work made with Pure Data 2006-Current Paris Graphics http://www.parisgraphics.com/visuals/pure-data/ http://www.youtube.com/watch?v=KRD_FShEBFA 2008 "Dreaming Machine #1" Ben Bogart http://www.ekran.org/ben/wp/?p=306 2009 "He boxed regularly and was strong and very brave and always a perfect gentleman" IOhannes m zmoelnig
http://grauwald.com/workshops/pd
Research Areas Real-time Detection # 3-D Object Detection using Randomized Trees and Ferns # Augmenting Deformable Surfaces 3-D Surface Modeling # Deformable 3D Surfaces from Single Videos # Local Descriptor for Dense Wide-Baseline Stereo Matching Face and Body Modeling # Faces from Single Video Sequences # Temporal Models for Body Tracking # Spatio-Temporal Pose Detection # Bridging the Gap between Detection and Tracking for 3D Monocular Video-Based Motion Capture # Tracking Multiple People in a Multi-Camera Environment
http://cvlab.epfl.ch/research/index.php
Le prototype a 3 sections principales “high level database modules”; chacune de ces sections consiste d’une multitude de modules a fonction unique (comme un software pour les magasins de coopérative, comment gérer le recyclage de déchets organique, etc..). Tous les modules se connectent de façons multiples. Il n’y a pas besoin de les utiliser tous pour opérer le prototype; il vaut mieux utiliser une approche incrémentale de manière a permettre au prototype d’évoluer au travers d’une relation de réciprocité dans tout type d’environnement social pour développer ses propres caractéristiques distinctives dans quelque contexte que se soit. Une communauté peut commencer avec un module puis se connecter avec un autre module pour initialiser une circulation.
https://www.peconome.org/module
Kon-Boot is an prototype piece of software which allows to change contents of a linux kernel (and now Windows kernel also!!!) on the fly (while booting). In the current compilation state it allows to log into a linux system as 'root' user without typing the correct password or to elevate privileges from current user to root. For Windows systems it allows to enter any password protected profile without any knowledge of the password. It was acctually started as silly project of mine, which was born from my never-ending memory problems :) Secondly it was mainly created for Ubuntu, later i have made few add-ons to cover some other linux distributions. Finally, please consider this is my first linux project so far :) Entire Kon-Boot was written in pure x86 assembly, using old grandpa-geezer TASM 4.0.
http://www.piotrbania.com/all/kon-boot
DSMW : Distributed Semantic Media Wiki
Typeset page : DSMW is an extension of Semantic Mediawiki (SMW). It allows to create a network of SMW servers that share common semantic wiki pages. DSMW manages synchronisation of shared semantic pages and ensures CCI consistency as in Google Wave. CCI stands for Causality, Convergence, Intentions (see papers for more informations). DSMW provides to SMW nearly the same features as a Distributed Version Control systems: * you can work in isolation with your own server, test some stuff, * publish changes to your own DSMW public feeds, * you can also subscribe to any remote public DSMW feeds. By this way, users can implements their own dataflows and represents any kind of dataflow oriented processes such as edit/review/publish.
Typeset page : DSMW is an extension of Semantic Mediawiki (SMW). It allows to create a network of SMW servers that share common semantic wiki pages. DSMW manages synchronisation of shared semantic pages and ensures CCI consistency as in Google Wave. CCI stands for Causality, Convergence, Intentions (see papers for more informations). DSMW provides to SMW nearly the same features as a Distributed Version Control systems: * you can work in isolation with your own server, test some stuff, * publish changes to your own DSMW public feeds, * you can also subscribe to any remote public DSMW feeds. By this way, users can implements their own dataflows and represents any kind of dataflow oriented processes such as edit/review/publish.
http://m3p.gforge.inria.fr/pmwiki/pmwiki.php
The Emotiv SDK includes: A high resolution, neuro-signal acquisition and processing wireless neuroheadset and our proprietary software toolkit that exposes our APIs and detection libraries. The kit provides an effective development environment that integrates well with new and existing frameworks and is now available to developers
http://www.emotiv.com/developers.html
FWTools is a set of Open Source GIS binaries for Windows (win32) and Linux (x86 32bit) systems produced by me, Frank Warmerdam (ie. FW). The kits are intended to be easy for end users to install and get going with. No fudzing with building from source, or having to collect lots of interrelated packages. FWTools includes OpenEV, GDAL, MapServer, PROJ.4 and OGDI as well as some supporting components. Thus, I include support for ECW, JPEG2000, HDF and other file formats that require extra libraries.
http://fwtools.maptools.org
Importateur distributeur de composants et modules électroniques Coordonnées OLED tactile 2,83" Boussole électronique 3 axes Module UART WIFI MagIC contrôleur de capteurs Magnétiques à taux de rafraîchissement élevé Capteurs Accélération, Gaz, Angle, Ultrason, Humidité, Courant, Niveau, Débit, Inclinomètre... Communication RFID circuit intégré avec capteur de température, CI USB convertisseurs RS232... Navigation Antennes GPS, Antennes Multi- bandes, Boussoles électroniques, Capteurs de champs magnétique terrestre...
http://diltronic.com/capteurs.htm
inkerKit: a physical computing toolkit for designers TinkerKit is an Arduino-compatible physical computing prototyping toolkit aimed at design professionals. The interest in physical computing as an area in development within the creative industries has been increasing rapidly. In response to this Tinker.it! is developing the TinkerKit to introduce fast iterative physical computing methodologies to newcomers, and particularly design professionals. This project is currently under development by Tinker.it! We will mostly be documenting the early stages of prototyping and user research here. This is not yet commercially available.
http://www.tinkerkit.com
